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| Anonymous #669850 8 months ago |
Note from mathprofbrony: e^(e^(2x)) problem is correct.
In the e^(e^(3x)+3x) problem, notice that you can rewrite the power as e^(e^(3x)) * e^(3x). The second part becomes (most of) your differential. The attempt with 1/(x^2+4) needs an extra half; that would have ended up with (1/2) ln(x^2+4) + C. Other notes: If you have to leave and pee, do so. It helps you pay attention, and we'd rather you not be doing the peepee dance through our lecture. 9:23: No. 9:24: No. 9:25: ^_^ Your next assignment is to rewrite "Feeling Pinkie Keen" so that Twilight Sparkle teaches Spike about statistical significance and hypothesis testing, and together they determine whether Pinkie Pie's alerts correlate to useful predictions of events. |
| Anonymous #691237 8 months ago |
Holy crap sex equations. |
| Lupal_Fillyus #852093 6 months ago |
#850
I was wondering how to do the second one, thanx. |